Part $2$: Arithmetic Instructions $1.$ Assemble the following instruction into memory at address CS:$100$ and verify the instruction is at the location. How many bytes of memory does the instruction take up$?$ ADC AX$,[0$BCD$]2.$ Initialize the word content at DS:$0$BCD with the value A$00$AH and then verify the value is at the location. $3.$ Initialize register AX with the value $0002$H$.4.$ Set the carry flag to $1.5.$ Execute the instruction in $1$ with the TRACE command. Describe what the instruction did. Did a carry$-$out occur? $6.$ Assemble the following instruction into memory at address CS:$100$ and then verify the instruction is at the location. How many bytes of memory does the instruction take up$?$ SBB $[$SI$],$ BX $7.$ Initialize the word content at DS:ABC$0$ with the value FFFFH and then verify the value is at the location. Initialize BX with DDDDH$.8.$ Clear the carry flag. $9.$ Execute the instruction in $6$ with the TRACE command. Describe what the instruction did. Did a borrow occur? $10.$ Describe what DAA does. $11.$ Assemble and execute the following sequence of instructions. MOV AL$,73$H MOV BL$,48$H ADD AL$,$ BL $12.$ If we assume that both AL and BL store data in BCD$,$ what would you expect for the sum after you add AL with BL in $11?$ Did you get the sum that you would expect? $13.$ If you didn$$t get the sum you would expect, explain why you didn$$t get the expected sum. $14.$ Revise the sequence of instructions in $11$ to obtain the sum that you would expect if you assume that both AL an BL store data in BCD$.$